RECENT WORK

Responded to a no cooling call. Found dual capacitor reading 0 MFD on compressor side. Replaced dual capacitor. Restarted cooling.

After pictures of the clean condenser coils on lennox condenser unit.

Picture of washing the condenser coils on Lennox unit. Will post after pictures of clean coil

Responded to a no cooling call. After diagnosis we took off the panels to this lennox unit and discovered the condenser coils were extremely dirty.  Will post during pics of coil washing 

No cool call. Customer experience outdoor unit short cycling. After diagnostic, found unit low on freon which the low pressure switches switch is causing the short cycling. We performed a leak search and found the coil leaking. We added freon for now until we replace the coil.

Responded to a no cooling call in Frisco. After performing annual maintenance on both systems. We found dual capacitor blown for downstairs unit. We were able to repair the unit and te store the cooling.

Upon arrival, the customer reported that the system was not cooling. Performed a full diagnostic on the Lennox air conditioning unit. Found the system running but not providing adequate cooling. Inspected electrical components, refrigerant levels, and airflow. Discovered the outdoor condenser coil was significantly dirty, restricting heat exchange and causing poor system performance.

Shut off power to the unit and performed a thorough cleaning of the condenser coil using coil cleaner and water. Removed all debris and buildup from the fins to restore proper airflow. After cleaning, rechecked system operation. Verified compressor and condenser fan motor were operating within normal parameters. Monitored refrigerant pressures, which stabilized after cleaning, indicating 

Upon arrival, the customer reported that the system was not cooling. Performed a full diagnostic on the Lennox air conditioning unit. Found the system running but not providing adequate cooling. Inspected electrical components, refrigerant levels, and airflow. Discovered the outdoor condenser coil was significantly dirty, restricting heat exchange and causing poor system performance.

Shut off power to the unit and performed a thorough cleaning of the condenser coil using coil cleaner and water. Removed all debris and buildup from the fins to restore proper airflow. After cleaning, rechecked system operation. Verified compressor and condenser fan motor were operating within normal parameters. Monitored refrigerant pressures, which stabilized after cleaning, indicating improved efficiency.

System restored to normal operation. Verified cooling at the supply vents. Advised the customer on routine maintenance and the importance of keeping the condenser coil clean to prevent future performance issues.

Outcome: No cooling issue resolved. Condenser coil cleaned. System operating properly at this time.

Upon arrival for a no cooling call, the system was found non-operational. Inspection revealed the outdoor fan and compressor were not running. Diagnosed a failed dual run capacitor as the root cause. Replaced the faulty capacitor, restored power, and confirmed proper system operation. Cooling function resumed.

Responded to a no cooling call. Checked out this mini-Split condenser unit. After diagnosis, found the coil dirty and unit low on Freon. We washed the condenser coil, repaired the Ac leak and topped off charge. 

Responded  to a no cooling call in call in Dallas,Tx Saturday night.  We found the evaporator coils are coil frozen back to the condenser. We had to run the blower to thaw out the unit. After the unit was thawed we checked everything out on this 1983 air conditioner.  The system was 3 pounds low. Performed a leak search and found the hi/low schrader valves extremely loose. After replacing valves. We re charged the system, rather than trying to upsell a new system. Although it was recommended at the time.  

Our annual spring AC tune-up is a comprehensive maintenance service designed to prepare your air conditioning system for the warmer months ahead. Our expert technicians will thoroughly inspect, clean, and optimize your AC unit to ensure it runs efficiently and effectively throughout the summer. The process includes checking refrigerant levels, cleaning coils, inspecting ductwork, tightening electrical connections, replacing air filters, and testing the thermostat. By catching potential issues early, we help extend the lifespan of your unit, improve energy efficiency, and reduce the risk of unexpected breakdowns. A spring tune-up is an essential step in keeping your home cool and comfortable all season long while avoiding costly repairs.

Our annual spring AC tune-up is a comprehensive maintenance service designed to prepare your air conditioning system for the warmer months ahead. Our expert technicians will thoroughly inspect, clean, and optimize your AC unit to ensure it runs efficiently and effectively throughout the summer. The process includes checking refrigerant levels, cleaning coils, inspecting ductwork, tightening electrical connections, replacing air filters, and testing the thermostat. By catching potential issues early, we help extend the lifespan of your unit, improve energy efficiency, and reduce the risk of unexpected breakdowns. A spring tune-up is an essential step in keeping your home cool and comfortable all season long while avoiding costly repairs.

Responded to a no cooling call in Royse City. Upon diagnosis, found compressor contactor burnt and pitted. Replaced the contactor and restored unit.

After picture of replacing compressor contactor.

Responded to a no cooling call in Royse City. Upon diagnosis, found compressor contactor burnt and pitted. Replaced the contactor and restored unit.

No cooling call in Crandall,Tx

Upon arrival, we diagnosed the issue with the whole-home ventilation system, which was running continuously and pulling in outside air. This caused an increase in humidity inside the home. To resolve this, we shut off the control to stop outside air from entering the home, as this was contributing to the high humidity levels. Additionally, allowing outside air to enter could lead to the air filter getting dirty more quickly. The system has been adjusted to prevent further outside air intake, and the humidity levels should stabilize.

In Heath, TX, we recently replaced an evaporator coil as part of an HVAC system upgrade. The original evaporator coil had become inefficient, leading to poor cooling performance and increased energy consumption. Our team first performed a comprehensive diagnostic inspection of the system to ensure that the issue was indeed with the evaporator coil. We then proceeded to shut down the air conditioning system and carefully remove the old coil. Afterward, we installed a high-efficiency replacement coil that was compatible with the existing HVAC unit, ensuring proper airflow and refrigerant circulation.

To prevent future issues, we ensured that all connections were sealed and tightened, and the refrigerant levels were properly adjusted. After installation, the system was thoroughly tested for optimal performance, ensuring that the airflow and cooling capacity were restored to industry standards. By replacing the evaporator coil, we significantly improved the overall efficiency of the HVAC system, providing our customer in Heath, TX, with reliable, energy-efficient cooling throughout the year.

In Heath, TX, we recently replaced an evaporator coil as part of an HVAC system upgrade. The original evaporator coil had become inefficient, leading to poor cooling performance and increased energy consumption. Our team first performed a comprehensive diagnostic inspection of the system to ensure that the issue was indeed with the evaporator coil. We then proceeded to shut down the air conditioning system and carefully remove the old coil. Afterward, we installed a high-efficiency replacement coil that was compatible with the existing HVAC unit, ensuring proper airflow and refrigerant circulation.

To prevent future issues, we ensured that all connections were sealed and tightened, and the refrigerant levels were properly adjusted. After installation, the system was thoroughly tested for optimal performance, ensuring that the airflow and cooling capacity were restored to industry standards. By replacing the evaporator coil, we significantly improved the overall efficiency of the HVAC system, providing our customer in Heath, TX, with reliable, energy-efficient cooling throughout the year.

Responded to a no cooling call in Crandall,Tx. Customer experienced the condenser motor not spinning. After diagnostics, found the dual capacitor for the compressor and fan weak. Replaced the dual capacitor and started unit and checked operation. System is now running properly .

We responded to a no cooling call in Frisco and discovered a blown dual capacitor. After replacing the capacitor, the unit is now functioning properly.

We recently completed an air conditioner tune-up in Cedar Hill, TX, ensuring the system was running at peak efficiency. Our technicians performed a thorough inspection, cleaned key components, checked refrigerant levels, and ensured all electrical parts were functioning properly. This preventative maintenance helps extend the lifespan of the unit and ensures homeowners stay cool during the hot Texas summer.

In Dallas, TX, a Goodman condenser unit had a no cooling issue. The technician discovered that the condenser fan motor had failed. After replacing the motor and ensuring proper installation, the unit was tested and began cooling effectively, resolving the issue.

During the service call, it was determined that the contactor was malfunctioning, preventing the system from properly engaging and causing cooling issues. The faulty contactor was replaced with a new one, restoring proper functionality to the system and ensuring it operates as expected.

During the service call for a cooling issue, it was discovered that the air filter was severely clogged, significantly restricting airflow. This restriction was preventing the system from operating properly, causing the cooling problem. The filter was replaced on-site for the homeowner, restoring optimal airflow and ensuring the system could function as intended, resolving the issue.

Let me know if you need any adjustments!

The unit was not cooling properly, and upon inspection, we found the condenser coil was clogged with leaves at the bottom of the unit. We removed the top of the unit, cleared out the debris, and thoroughly washed the condenser coil to restore optimal performance.

The unit was not cooling properly, and upon inspection, we found the condenser coil was clogged with leaves at the bottom of the unit. We removed the top of the unit, cleared out the debris, and thoroughly washed the condenser coil to restore optimal performance.

After picture-Replaced the condenser motor on the Carrier unit with a genuine OEM motor. Ensured proper installation and confirmed that the unit is now operating smoothly and efficiently with the new motor. All work was completed using OEM parts to maintain optimal performance and warranty compliance. The system is fully functional and ready for continued operation.

Before picture of  the condenser motor replacement  on the Carrier unit with a genuine OEM motor. Ensured proper installation and confirmed that the unit is now operating smoothly and efficiently with the new motor. All work was completed using OEM parts to maintain optimal performance and warranty compliance. The system is fully functional and ready for continued operation.

Upon receiving the “no cooling” call, our technician promptly arrived at the site and began a thorough inspection of the system. After assessing the unit, it was determined that the condenser coil was severely plugged with dirt and debris, restricting airflow and preventing the system from effectively releasing heat. To address the issue, we powered off the unit for safety and carefully cleaned the condenser coil, removing the blockage and ensuring proper airflow. Once the coil was cleared, the technician conducted a performance check to ensure the system was running smoothly and cooling properly. After confirming the issue was resolved, we advised the customer on regular maintenance practices to prevent future blockages. The unit was restored to full functionality, and the cooling system was back in operation.

The air conditioning repair for the Lennox unit involved a thorough diagnosis after the thermostat was found to have no power. Upon inspection, it was determined that the issue stemmed from the furnace switch being turned off. Once the switch was turned back on, the thermostat regained power, and the system was fully operational again. This was a simple yet effective repair, ensuring the air conditioning unit was restored to proper working condition.

A no-heat service call was received in Irving, TX. Upon diagnosing the system, it was determined that the ignitor was faulty, and the flame sensor was dirty. We proceeded with replacing the ignitor and thoroughly cleaning the flame sensor to restore proper functionality. After completing the repairs, we started the unit, monitored its operation, and confirmed that it was working efficiently, providing heat as expected. The system is now fully operational.

On this service call in Seagoville, TX, we responded to a no-cooling issue. After assessing the system, we replaced the existing Honeywell thermostats with new Google Nest Smart Thermostats for both the upstairs and downstairs units. The thermostats were set up and calibrated via the Google Nest app, ensuring seamless integration. After installation, we thoroughly checked the cooling operation of the system, confirming everything was working efficiently and as expected. The customer’s cooling system is now operating smoothly with the new smart thermostats in place.

Today, we performed a condenser coil cleaning on a Carrier condenser unit to ensure optimal performance and energy efficiency. Using specialized HVAC tools, we carefully removed any dirt, debris, and buildup that had accumulated on the coil fins. This process involved carefully flushing the coil with a high-pressure water jet, ensuring all contaminants were effectively dislodged. Afterward, we inspected the coil for any signs of damage, ensuring proper airflow and heat transfer. The unit is now running efficiently, which will help maintain ideal operating temperatures and reduce the likelihood of future breakdowns. Regular coil maintenance like this is crucial for prolonging the life of the system and keeping energy costs low.

Annual AC Tune-Up for Carrier Gas Furnace

Performed a comprehensive annual tune-up on the Carrier gas furnace to ensure optimal performance and efficiency. Services included:

   •   Inspecting and cleaning the furnace filter for proper airflow and improved air quality.

   •   Checking and cleaning the blower motor and components for smooth operation.

   •   Verifying the gas pressure and burner operation to ensure safe and efficient combustion.

   •   Testing the ignition system and checking the flame sensor for proper functionality.

   •   Inspecting and cleaning the condensate drain to prevent clogs and water damage.

   •   Checking the thermostat calibration and ensuring proper system communication.

   •   Conducting a thorough safety check to confirm all components are operating within manufacturer specifications.

The system is now running at peak efficiency and ready for the upcoming cooling season.

A spring tune-up in Canton, TX is the perfect way to ensure your HVAC system is ready for the warmer months ahead. As temperatures rise, it’s important to have your air conditioning unit serviced to maintain efficiency, improve air quality, and avoid costly repairs. A professional tune-up typically includes cleaning or replacing air filters, checking refrigerant levels, inspecting the thermostat, lubricating moving parts, and ensuring the system is running smoothly. It’s also a good time to check for any potential issues like leaks or worn-out components. With the summer heat approaching in Canton, a spring tune-up helps ensure your home stays cool and comfortable while maximizing energy efficiency.

We installed an ultraviolet (UV) light system, which is designed to improve air and surface quality by utilizing UV-C light. This technology works by emitting UV rays that are effective at killing or inactivating harmful microorganisms, including bacteria, viruses, and mold spores. The UV light disrupts the DNA or RNA of these pathogens, preventing them from reproducing and spreading, helping to create a cleaner and healthier environment. It’s especially useful in areas where sanitation is crucial, such as HVAC systems, water treatment, or healthcare settings.

This is the after picture of the lennox condenser coil cleaned. We take our time to do the job correctly.

This picture is a before washing the coils. To properly wash the coils I removed the Top and all side panels

After performing the AC tune-up, the temperature is now a comfortable 39 degrees.
Dallas,Tx

We replaced the clogged air filters in the HVAC system to improve airflow, enhance air quality, and ensure optimal heating and cooling efficiency.  Dallas, Tx

We performed a thorough cleaning of the plugged condenser coil on the rooftop package unit, ensuring proper airflow and optimizing heat transfer by using a coil cleaner and pressure washer to remove accumulated debris and dirt.

Washing condenser coil in dallas tx

Condenser coil is blocked with lint causing decrease in energy efficiency. Washed condenser coil and performed a AC Tune Up for our Commercial Client

Service Type: Preventive Maintenance

Description of Service:

1. Power Down: Disconnected the power supply to the heat pump to ensure safety before servicing.

2. Accessing the Coil: Removed the access panel and protective grille to expose the condenser coil. Inspected the overall condition of the coil for any visible signs of damage or excessive wear.

3. Inspection: Performed a visual inspection of the condenser coil. Noted a buildup of dirt, debris, and outdoor contaminants on the surface of the coil that could impair heat exchange efficiency.

4. Pre-Cleaning: Used a soft brush to remove loose dirt and debris from the condenser coil surface. Also inspected the fan blades for any obstructions or dirt buildup.

5. Washing the Coil: Applied an approved coil cleaner (Carrier-recommended, non-acidic cleaner) to the condenser coil. Let the cleaner sit for the recommended amount of time to break down grease, grime, and other contaminants. Ensured that the cleaning solution did not damage any electrical components.

6. Rinsing: Rinsed the coil thoroughly using low-pressure water to avoid bending or damaging the coil fins. Ensured proper drainage of water from the coil area.

7. Fin Straightening: After rinsing, checked for any bent coil fins using a fin comb and carefully straightened them to ensure proper airflow and efficient heat transfer.

8. Reassembly and Testing: Reassembled the access panel and protective grille. Restored power to the unit, and ran the system in cooling mode to verify operation. Checked the system pressures and airflow to ensure the condenser was functioning at optimal capacity.

Performed spring inspection on all carrier heat pump. 

We removed 2 American Standard Thermostats and replaced them with Google Nest Thermostats.

Performed. Annual maintenance cleaning on a Ruud and a Trane split system.

Spring AC Maintenance Check for Carrier Rooftop Unit

As we approach warmer weather, it’s the perfect time to perform a thorough spring AC maintenance on your Carrier Rooftop Unit. Regular HVAC maintenance ensures optimal performance, improves energy efficiency, and extends the lifespan of your system.

1. Inspect the Condenser Coil: Over the winter months, debris can accumulate on the condenser coils. Clean the coils to maintain proper airflow and prevent strain on the compressor.

2. Check Refrigerant Levels: Low refrigerant can lead to poor cooling performance. Verify that refrigerant levels are correct, and look for any leaks in the system.

3. Examine the Air Filters: Dirty or clogged filters can reduce airflow, causing the system to work harder. Replace or clean filters as needed to maintain efficiency.

4. Test the Thermostat: Ensure that the thermostat is accurately reading temperatures and communicating with the rooftop unit. Calibrate if necessary.

5. Clean and Inspect the Evaporator Coil: The evaporator coil absorbs heat, and a dirty coil can reduce cooling efficiency. Clean and inspect for any signs of wear or damage.

6. Check Drain Lines and Condensate Pan: Clear any clogs in the drain lines to prevent water damage and mold buildup. Ensure the condensate pan is free from rust or debris.

7. Inspect the Fan and Blower: Check the fan motor for any signs of wear or overheating. Lubricate as needed and ensure it operates smoothly.

8. Examine the Ductwork: Leaky or blocked ducts can reduce airflow and increase energy costs. Seal any visible leaks and ensure proper insulation.

By following these HVAC maintenance steps, you can ensure your Carrier Rooftop Unit is running at its peak performance all summer long. If you notice any issues or need professional assistance, don’t hesitate to call a licensed HVAC technician to ensure everything is operating efficiently.

We specialize in replacing defective compressor contactors to ensure the efficient and reliable operation of your HVAC or refrigeration system. Our team of experienced technicians carefully diagnoses the issue, identifies a faulty contactor, and swiftly replaces it with a high-quality, compatible component. This service restores the proper functioning of the compressor, preventing system failures, improving energy efficiency, and extending the life of your equipment. We use only top-grade parts and provide professional installation, ensuring your system runs smoothly and reliably for years to come.

After diagnosis. Found unit low on R-22. The condenser coil plugged and bad compressor contactor.